Bolle Safety Universal Goggles Copper PC Lens
Bolle Safety Universal Goggles Copper PC Lens
Out of stock
The Universal Goggle provides optimum protection and comfort in all circumstances thanks to its revolutionary ergonomic design. This innovative goggle features an exclusive Platinum anti-fog coating and is available in versions adapted to specific work environments.
Its standout feature is the 'Wave' technology, which allows the goggle to adapt perfectly to each user's unique morphology. This eliminates gaps that can let in debris without increasing pressure points, thus guaranteeing superior protection without compromising comfort.
This version features a brown lens with 65% light transmission, making it ideal for all activities requiring exposure to alternating high and low light. It is adapted to environments with extreme temperatures and includes blue light filtration. To improve its environmental impact, the product has been specifically designed with improved recyclability in mind, as it can be quickly disassembled to separate the materials from each other for proper recycling.
Key Features & Benefits:
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Perfect Custom Fit: Exclusive 'Wave' technology allows the goggle to perfectly conform to any user's face, eliminating gaps without increasing pressure points for superior comfort and protection.
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Versatile Lens for Variable Light: Brown lens with 65% VLT is ideal for alternating high and low light conditions and provides blue light filtration.
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Built for Extreme Conditions: Adapted for environments with extreme temperatures and features the exclusive PLATINUM anti-fog coating for clear vision.
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Eco-Conscious Design: Improved recyclability through a design that can be quickly disassembled to separate materials, reducing environmental impact.
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Integrated Functionality: PC/TPR co-injected frame includes an overflow chute and is compatible with an easy-fix pivoting faceguard for added utility.
Ideal For:
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Construction & Utility Work.
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Forestry & Agriculture.
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Manufacturing & Warehousing.
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Any environment with variable light and temperature extremes.

